(We love Justin Bieber... & Drake tooooo!) 5/23/11 Question: How does the mass of the object affect the applied force you need to move the object? Hypothesis: The greater the mass of the object the more applied force you will need to make the object move. Independent Variable: Mass of the object Dependant Variable: the applied force Constants: Gravity, Friction
Results: In Conclusion, -The Crate had a mass of 300 (kg) about 590 (N) to move it -The File Cabnet had a mass of 200 (kg) and needed about 593.2 (N) to move it -The sleepy dog had a mass of 25 (kg) and needed about 30.5 (N) to move it -The textbook had a mass of 10 (kg) and needed about 30.5 (N) to move it Therefore, the hypothesis was supported in saying the greater the mass of the object, the more applied force you need in order to affect it.
Karley & Amanda<333
(We love Justin Bieber... & Drake tooooo!)
5/23/11
Question: How does the mass of the object affect the applied force you need to move the object?
Hypothesis: The greater the mass of the object the more applied force you will need to make the object move.
Independent Variable: Mass of the object
Dependant Variable: the applied force
Constants: Gravity, Friction
Results:
In Conclusion,
-The Crate had a mass of 300 (kg) about 590 (N) to move it
-The File Cabnet had a mass of 200 (kg) and needed about 593.2 (N) to move it
-The sleepy dog had a mass of 25 (kg) and needed about 30.5 (N) to move it
-The textbook had a mass of 10 (kg) and needed about 30.5 (N) to move it
Therefore, the hypothesis was supported in saying the greater the mass of the object, the more applied force you need in order to affect it.